Sky Plus Direct Expansion Chiller

Product Description:

•The Tianjia Direct Expansion Modular Air Handling Units are categorized into three main types: air-cooled constant temperature and humidity machines, air-cooled purification air handling units, and deep dehumidification and fresh air air handling units.

•Thienjia's Air-Cooled Unitary Constant Temperature and Humidity Machine is specially designed for pharmaceutical factories, medical and health care, biotechnology, precision machinery, optical instruments, and the electronics industry, which have strict requirements for temperature and humidity control. Designs for facilities with strict requirements and cleanliness levels. Units feature direct expansion evaporator coils, available in various models and with a range of cooling capacities to choose from. The units are designed with... Flexible, easy to install, and expandable control features.

•The Tianjia Air-cooled Cleanroom Air Conditioning Units are suitable for pharmaceutical factories, healthcare, biotechnology, food and beverage, and electronic industries, where air cleanliness and temperature and humidity control are required. They are applicable to air conditioning purification areas ranging from tens to thousands of square meters. Compared to water system designs, the cleanroom air conditioning units utilize Tianjia's specialized technology. The air handling unit with a labyrinthine structure serves as a prototype, equipped with direct expansion evaporator coils, offering advantages such as simple system design, easy installation, and low cost.

•The Tianjia Deep Dehumidification Air Handling Unit is specifically designed for temperature and humidity control air conditioning systems. The treated outdoor air from this unit can independently handle the indoor humidity load. Circulation The fan unit can operate in a dry condition with high-temperature chilled water, producing no condensate, thereby preventing bacterial growth and ensuring cleanliness. The system does not require reheating, resulting in energy-efficient operation.